Consider the ODE y"(z) - v(z) = f(r), lim v(z)= 0 for some sufficiently smooth function f. Your task in this problem is to solve the ODE via Green's Function. (a) Setup the corresponding Green's Function problem in terms of the Delta func- tion. (b) Determine the Green's function G(z,1,). (c) Determine the solution of the ODE in terms of the Green's function you found.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Consider the ODE
y"(z) – y(x) = f(x),
lim y(z) 0
for some sufficiently smooth function f. Your task in this problem is to solve the
ODE via Green's Function.
(a) Setup the corresponding Green's Function problem in terms of the Delta func-
tion.
(b) Determine the Green's function G(r,r,).
(c) Determine the solution of the ODE in terms of the Green's function you found.
Transcribed Image Text:Consider the ODE y"(z) – y(x) = f(x), lim y(z) 0 for some sufficiently smooth function f. Your task in this problem is to solve the ODE via Green's Function. (a) Setup the corresponding Green's Function problem in terms of the Delta func- tion. (b) Determine the Green's function G(r,r,). (c) Determine the solution of the ODE in terms of the Green's function you found.
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